CN2442171Y - Air conditioner - Google Patents
Air conditioner Download PDFInfo
- Publication number
- CN2442171Y CN2442171Y CN 00242782 CN00242782U CN2442171Y CN 2442171 Y CN2442171 Y CN 2442171Y CN 00242782 CN00242782 CN 00242782 CN 00242782 U CN00242782 U CN 00242782U CN 2442171 Y CN2442171 Y CN 2442171Y
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- mentioned
- lock unit
- air
- exhaust
- wind
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- Expired - Lifetime
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Abstract
The utility model relates to an air conditioner, which is provided with an exhaust port 11 for exhausting air from a heat exchanger 7 in a room and locking components 20, 21 which are arranged on both sides of the exhaust port 11 and are used for partly covering the exhaust port 11. The size of space X among the locking components 20, 21 and the side ends of the exhaust port 11 are within the range above 20 mm and below 50 mm. The width Y of the locking components 20, 21 is within the range above 30 mm and below 35 mm.
Description
The utility model relates to the air-conditioner that prevents to produce dew.
In the past, as indoor machine of air-conditioner, include the form shown in Fig. 4 (A).The turbofan 103 of this indoor set 101 by being driven by motor 102 sucks air from suction inlet 105, carry out heat exchange by 106 pairs of these air of heat exchanger, afterwards, it by exhaust channel 107, discharged from exhaust outlet 108.In addition, label 109 expression wind direction blades.
The shape of indoor set 101 is seen in Fig. 4 (B) expression from the below.Fig. 4 (A) expression is along the section of the Z-Z line among Fig. 4 (B).On plate 112, be formed with elongated rectangle exhaust outlet 108,110,111 around suction inlet 105.In addition, this shell 115 has piston part 113A, 113B, and this piston part clogs from the two ends of exhaust outlet 110 to two end regions of middle given size.Equally, shell 115 has piston part 116, piston part 117, and this piston part 116 clogs from the end of exhaust outlet 108 to the zone of middle given size, and this piston part 117 clogs from the end of exhaust outlet 111 to the zone of middle given size.
Because under this piston part 113A, B and 116,117 effect, exhaust outlet 110 and exhaust outlet 108,111 narrow down, thereby the wind speed of the wind of discharging from exhaust outlet 108,110,111 increases, and the arrival that makes wind is apart from prolongation.
But, when carrying out cooling operation, can produce following problems, promptly in the end of wind direction blade 109, the discharge air that turns cold is higher than the room air of discharging air with its temperature and contacts, thereby produces dew in the end of wind direction blade 109, falls until water droplet.
So the purpose of this utility model is to provide a kind of air-conditioner, it is that exhaust ports does not produce under the situation of dew, can improve the discharge wind speed.
To achieve these goals, the related air-conditioner of the utility model comprises: lock unit, and it is disposed at a sidepiece of exhaust outlet at least, and this exhaust outlet is covered partly; And wind direction blade, it is arranged in the above-mentioned exhaust outlet, is positioned at the downstream of above-mentioned lock unit, and the size of space between the side of above-mentioned lock unit and exhaust outlet is below the above 50mm of 20mm.
In this air-conditioner, above-mentioned lock unit is arranged at the end of relative exhaust outlet, leaves the position of the size of space.So if when in refrigeration, the cold wind that produces from indoor heat converter runs into above-mentioned lock unit, then this cold wind can be mobile from the both-side opening of lock unit respectively.
Therefore, if adopt above-mentioned the 1st scheme, with according to existing mode, the end that relative exhaust outlet is set keeps continuously and the occasion of the piston part of extending is compared, cold wind covers the end of wind direction blade, because can avoid the end at wind direction blade, cold wind contacts with room air, thereby can suppress the generation of dew.So, if adopt this programme, do not produce under the situation of dew in the end of wind direction blade, can improve the discharge wind speed, prolong the arrival distance of discharging wind.
Also having, is below the above 50mm of 20mm owing to establish the above-mentioned size of space, so both can prevent to produce dew in the end of wind direction blade, can improve the discharge wind speed again.In other words, under the situation of the above-mentioned size of space less than 20mm, cold wind is difficult to flow to the end of wind direction blade, has flow to the cold blast rate deficiency on the end of this wind direction blade, therefore can not prevent to produce dew.On the other hand, under the above-mentioned size of space surpasses the situation of 50mm,,, can not improve the discharge wind speed so be an impediment to mobile at the cold wind of the highest pars intermedia of wind speed because lock unit is exceedingly near the centre of exhaust outlet.
The 2nd scheme of the present utility model is according to above-mentioned the 1st scheme, it is characterized by: above-mentioned lock unit is below the above 35mm of 30mm at the width of the length direction of exhaust outlet.
If adopt the above-mentioned the 1st and the 2nd scheme, can prevent to produce dew, and can improve the discharge wind speed at wind direction blade, prolong the arrival distance of discharging wind.In other words, under the situation of width less than 30mm of above-mentioned lock unit, the discharge wind speed can not be improved fully, the arrival distance of discharging wind can not be prolonged fully.On the other hand, surpass under the situation of 35mm, be difficult to cover that a part of wind direction blade in the downstream that is positioned at lock unit, so can not prevent to produce dew by cold wind at the width of above-mentioned lock unit.Therefore, if establish the above-mentioned size of space is below the above 50mm of 20mm, if the width of lock unit is below the above 35mm of 30mm, both can prevent in the end of wind direction blade and that a part of wind direction blade of being positioned at the lock unit downstream produces dew, can prolong the arrival distance of discharging wind again.
The 3rd scheme of the present utility model is prerequisite with such air-conditioner: will be drawn into the interior air of shell by indoor heat converter and exhaust channel, discharge via the wind direction blade of exhaust outlet again, it is characterized by and comprise: be formed on the extension on the both sides of exhaust end of above-mentioned exhaust channel; With this extension is the exhaust port at its both ends; With at least one lock unit, it is disposed in the described exhaust port, the inboard of extension, this exhaust port is covered partly, in the scope of the size of space between above-mentioned lock unit and the extension below the above 50mm of 20mm.
If adopt above-mentioned the 3rd scheme, above-mentioned lock unit is arranged at the end of relative exhaust outlet, leaves the position of the size of space.So if when in refrigeration, the cold wind that produces from indoor heat converter runs into above-mentioned lock unit, then this cold wind can be mobile from the both-side opening of lock unit respectively.Do not produce under the situation of dew in the end of wind direction blade, can improve the discharge wind speed, prolong the arrival distance of discharging wind.
The 4th scheme of the present utility model is according to above-mentioned the 3rd scheme, it is characterized by: above-mentioned lock unit is below the above 35mm of 30mm at the width of the length direction of exhaust port.
If adopt the above-mentioned the 3rd and the 4th scheme, the same with the above-mentioned the 1st and the 2nd scheme, can prevent to produce dew, and can improve the discharge wind speed at wind direction blade, prolong the arrival distance of discharging wind.
The 5th scheme of the present utility model is according to the above-mentioned the 3rd or the 4th scheme, it is characterized by to comprise: the air guide plate, it is disposed in the gap between the end of extension and wind direction blade.
If adopt above-mentioned the 5th scheme, if carry out cooling operation, the part cold air (cold wind) that flows in above-mentioned exhaust channel is by guide plate, is sent to the gap between the end of extension and wind direction blade, in addition, is sent to the end of wind direction blade.Therefore, the cold wind of trace flows around the end of wind direction blade, can be suppressed at the confusion of this end wind on every side.So around the end of wind direction blade, cold air does not mix with indoor heating installation, be difficult to produce dew in this end.
Also have, because the same with above-mentioned the 1st scheme, establishing the size of space is below the above 50mm of 20mm, so can prevent to produce dew in the end of wind direction blade, can improve the discharge wind speed.
The 6th scheme of the present utility model is that it is characterized by: above-mentioned guide plate stretches out in the exhaust channel, and is formed with passage on described guide plate according to above-mentioned the 5th scheme.
If adopt above-mentioned the 6th scheme, be that the part of the cold wind of exhaust channel inside is along the surface curvature of guide plate under the effect of part of the guide plate that stretch out above-mentioned exhaust channel inside.So this cold wind flows along guide plate, it is sent to the end of wind direction blade by being arranged at the hole in the above-mentioned guide plate in addition.So the cold wind that positively guarantees trace flows around the end of wind direction blade, can be suppressed at around this end the wind confusion reigned really.So, can prevent really that around the end of wind direction blade cold air mixes mutually with indoor heating installation, can prevent to produce dew really in its end.
In addition, the 7th scheme of the present utility model is that it is characterized by: the leading section of above-mentioned guide plate is towards the upstream side oblique bending of exhaust channel according to above-mentioned the 6th scheme.
If adopt above-mentioned the 7th scheme, because the leading section of above-mentioned guide plate stretches out towards exhaust channel, and towards the upstream side oblique bending of exhaust channel, part cold wind successfully flows to the end of wind direction blade really.So, really and successfully cold wind is sent to the end of wind direction blade, can prevent to produce dew.
The 8th scheme of the present utility model is that it is characterized by: the size of the length direction of exhaust port is less than the size of the length direction of exhaust outlet according to the above-mentioned the 3rd or the 4th the described air-conditioner of scheme.
If adopt above-mentioned the 8th scheme, under the situation of size less than the size of the length direction of exhaust outlet of the length direction of establishing exhaust port, leave in the end that is disposed at above-mentioned relatively exhaust port under the effect of lock unit of position of the size of space, can prevent to produce dew in the end of wind direction blade, can improve the discharge wind speed, prolong the arrival distance of discharging wind.
The 9th scheme of the present utility model is according to the above-mentioned the 3rd or the 4th the described air-conditioner of scheme, it is characterized by: above-mentioned extension constitutes the part of the pallet that uncovers.
If adopt above-mentioned the 9th scheme,, can form exhaust port simply like this because extension constitutes the part of the pallet that uncovers.In addition,, can form modes such as breach, simply and at low cost form this space according to assigned position at the pallet that uncovers in the occasion that the space that guide plate uses is set.
The 10th scheme of the present utility model is according to the above-mentioned the 3rd or the 4th the described air-conditioner of scheme, it is characterized by: above-mentioned lock unit, extension and guide plate constitute the part of decoration panel.
If adopt above-mentioned the 10th scheme,, can reduce component count because lock unit, extension and guide plate constitute the part of decoration panel.
Fig. 1 (A) is the profile as the indoor machine of air-conditioner of the utility model embodiment, and Fig. 1 (B) is the ground plan of above-mentioned indoor set.
Fig. 2 is near the profile of exhaust outlet of above-mentioned indoor set.
Fig. 3 (A) is near the profile of exhaust outlet of the conversion example of above-mentioned first embodiment, and Fig. 3 (B) is the ground plan of this conversion example.
Fig. 4 (A) is the profile of existing indoor machine of air-conditioner, and Fig. 4 (B) is the ground plan of this indoor set.
Fig. 5 is the front elevation of the related pallet that uncovers of the conversion example of first embodiment.
Fig. 6 is the front elevation of the related pallet that uncovers of second embodiment.
Below, by illustrated embodiment, air-conditioner of the present utility model is specifically described.
(first embodiment)
Fig. 1 (A) expression is as the section of the indoor set 1 of the ceiling embedded air conditioner of the utility model embodiment, and Fig. 1 (B) represents to watch from the below form of above-mentioned indoor set 1.Fig. 1 (A) is the profile along the A-A hatching among Fig. 1 (B).
Shown in Fig. 1 (A), indoor set 1 comprises decoration panel 2, shell 3, is arranged at motor 5, turbofan 6, indoor heat converter 7 in this shell 3.Above-mentioned decoration panel 2 has the bigger suction inlet of opening 8 in the centre, have the rectangle exhaust outlet 10,11,12 of the strip on every side that is formed at suction inlet 8 in addition.Need mention, three exhaust outlets 10,11,12 only are shown among Fig. 1 (B), but in fact, be provided with four exhaust outlets in this indoor set 1.
Be provided with grid 13 and filter 14 in the above-mentioned suction inlet 8.In addition, above-mentioned exhaust outlet 10,11,12 ... in be provided with the wind direction blade 15,16,17 that is used to regulate wind direction ...
In addition, from above-mentioned each exhaust outlet 10,11,12 ... two ends 10a, 10b ... to central mobile the position of one size of space X, be provided with lock unit 20,21 with width Y.
According to said structure, above-mentioned lock unit 20,21 be arranged at relative exhaust outlet 10,11,12 ... end 10a, 10b ..., leave the position of size of space X.Therefore,, run into lock unit 20 (21) from the cold wind of indoor heat converter 7 if when when refrigeration, then as shown in Figure 2, this cold wind can be divided into lock unit 20 (21) both sides opening 31,32 (33) and flow.So, according to present embodiment, with according to existing mode, be provided with the occasion difference of the piston part that relative exhaust outlet extends continuously, end 16A, 16B with wind direction blade 16 covers from the cold wind of opening 32,33, thereby can avoid at the end of wind direction blade 16 16A, 16B, cold wind contacts with room air.Therefore, end 16A, the 16B that can be suppressed at wind direction blade 16 produce dew, under the situation that does not produce dew, the wind speed of discharge are improved, and the arrival of wind that makes discharge is apart from increase.
In the 1st exhaust outlet 11, lock unit 20,21 all is disposed at the position that size of space X is 20.5mm, and its width Y forms 35mm.The size Z of the length direction of described the 1st exhaust outlet 11 is 366mm.
Because establishing above-mentioned size of space X is below the above 50mm of 20mm,, can improve the discharge wind speed again so both can prevent to produce dew in the end of wind direction blade.In other words, under the situation of above-mentioned size of space X less than 20mm, cold wind is difficult to flow to end 16A, the 16B of wind direction blade 16, has flow to the cold blast rate deficiency on end 1 6A, the 16B of this wind direction blade 16, therefore can not prevent to produce dew.On the other hand, under above-mentioned size of space X surpasses the situation of 50mm,,, can not improve the discharge wind speed so be an impediment to mobile at the cold wind of the highest pars intermedia of wind speed because lock unit 20,21 is exceedingly near the centre of the 1st exhaust outlet 11.
Because establishing above-mentioned width Y is below the above 35mm of 30mm, thus can prevent to produce dew at wind direction blade 16, and can improve the discharge wind speed, prolong the arrival distance of discharging wind.In other words, under the situation of the width Y of above-mentioned lock unit 20,21, the discharge wind speed can not be improved fully, the arrival distance of discharging wind can not be prolonged fully less than 30mm.On the other hand, surpass under the situation of 35mm, be difficult to cover that a part of wind direction blade 16 in the downstream that is positioned at lock unit 20,21, so can not prevent to produce dew by cold wind at the width Y of above-mentioned lock unit 20,21.Therefore, if establish above-mentioned size of space X is below the above 50mm of 20mm, if the width Y of lock unit 20,21 is below the above 35mm of 30mm, both can prevent from the end of wind direction blade 16 16A, 16B and be positioned at a part of wind direction blade 16 of that of lock unit 20,21 downstreams to produce dew, can prolong the arrival distance of discharging wind again.
Exhaust outlet 10,12 beyond above-mentioned the 1st exhaust outlet 11 ... the size of space X of counting from each end and exhaust outlet 10,12 ... lengthwise dimension Z as described below.
A lock unit 21 of the 2nd exhaust outlet 10 (left side among Fig. 1 (B)) is configured in from the end of described the 2nd exhaust outlet 10 to be counted, the size of being separated by X is on the position of 20.5mm, another lock unit (not shown) of described the 2nd exhaust outlet 10 is configured in from the end of described the 2nd exhaust outlet 10 to be counted, and the size of being separated by X is on the position of 40mm.The size Z of the length direction of described the 2nd exhaust outlet 10 is 431mm.
A lock unit 20 of the 3rd exhaust outlet 12 (right side among Fig. 1 (B)) is configured in from the end of described the 3rd exhaust outlet 12 to be counted, the size of being separated by X is on the position of 20mm, another lock unit (not shown) of described the 3rd exhaust outlet 12 is configured in from the end of described the 3rd exhaust outlet 12 to be counted, and the size of being separated by X is on the position of 40mm.The size Z of the length direction of described the 3rd exhaust outlet 12 is 440mm.
The lock unit of the 4th exhaust outlet (not shown) all is configured in from the end of the 4th exhaust outlet to be counted, and the size of being separated by X is on the position of 40mm.The size Z of the length direction of described the 4th exhaust outlet is 492mm.
The width Y of above-mentioned lock unit is 35mm.
In addition, the width perpendicular to length direction of above-mentioned four exhaust outlets all is 60mm.
Fig. 3 represents the conversion example of the foregoing description.In this conversion example, the pallet 55 that uncovers is fixed between shell 3 and the decoration panel 2.On this uncovers pallet 55, be formed with lock unit 20,21 and from the end 55A of the pallet 55 that uncovers towards lock unit 20,21, the extension 35,36 that basic along continuous straight runs stretches out.Be provided with guide plate 37,38 between this extension 35,36 and the wind direction blade 16.Reserve gapped 43,43 between axial end portion 16A, the 16B of above-mentioned extension 35,36 and above-mentioned wind direction blade 16.
Above-mentioned guide plate 37,38 is fixed on the above-mentioned decoration panel 2, open-ended 32,33 relative between its local and above-mentioned lock unit 20,21 and extension 35,36.In addition, shown in Fig. 3 (B), this guide plate 37,38 offer a plurality of through holes 41,41 ...In addition, in this conversion example, owing to be formed with above-mentioned extension 35,36, above-mentioned so open-ended 32,33 and the two ends space D 2 of the two ends space D 1 of exhaust port 51 that opening 31 constitutes less than the exhaust outlet that wind direction blade 16 is installed (peristome) 11.
Above-mentioned open-ended 32,33 and opening 31 constitute exhaust ports 51.Because the part by the pallet 55 that uncovers constitutes above-mentioned extension 35,36, make designs simplification, and cost is reduced.In addition, the gap 43,43 of guide plate 37,38 usefulness can form modes such as breach according to the assigned position at the pallet that uncovers, and forms simply and at low cost.
In addition, a part that above-mentioned lock unit 20,21, extension 35,36 and guide plate 37,38 is all formed decoration panel 2 also is fully passable.If form, can reduce component count like this.
In this conversion example, if carry out cooling operation, by constituting part cold air (cold wind) that open-ended 32,33 of above-mentioned exhaust port 51 flows by guide plate 37,38, be sent to the gap 43,43 between axial end portion 16A, the 16B of the extension 35,36 that forms exhaust port 51 and wind direction blade 16, in addition, import axial end portion 16A, the 16B of wind direction blade 16.
Therefore, the cold wind of trace flows around axial end 16A, the 16B of wind direction blade 16, can suppress this end 16A, 16B wind confusion reigned on every side.So around axial end portion 16A, the 16B of wind direction blade 16, cold air does not mix with indoor heating installation, is difficult to produce dew at its end 16A, 16B.
In addition, in this conversion example, the part of guide plate 37,38 reaches in the above-mentioned exhaust channel 50, in above-mentioned guide plate 37,38, is provided with the hole 41 that wind is sent to axial end portion 16A, the 16B of above-mentioned wind direction blade 16 in addition.So under the effect of the guide plate 37,38 of part, the wind direction of the part cold wind of opening 32,33 inside is bending according to the mode along the surface of guide plate 37,38, this cold wind is along guide plate 37,38,43,43 internal flows in the gap.In addition, above-mentioned cold wind is sent to axial end portion 16A, the 16B of wind direction blade 16 by being arranged at the hole 41 in the above-mentioned guide plate 37,38.Thus, the cold wind of trace flows around axial end portion 16A, the 16B of wind direction blade 16 really, around this end 16A, 16B, can suppress the wind confusion reigned really.So, around axial end portion 16A, the 16B of wind direction blade 16, can prevent mixing of cold air and indoor heating installation really, can prevent from really on this end 16A, 16B, to produce dew.
In addition, though it is not shown in the drawings, but, at the leading section of the guide plate 37,38 that stretches out towards above-mentioned exhaust channel, towards the upstream side of exhaust channel 50, the occasion of oblique bending, by means of this leading section, can successfully obtain the part cold wind that flows through this exhaust channel really, this cold wind can be along guide plate 37,38 surfaces, 43,43 the internal flow in the gap.So, can successfully cold wind be sent to axial end portion 16A, the 16B of wind direction blade 16 really, can prevent to produce dew.
As shown in Figure 5, the above-mentioned pallet 55 that uncovers offers bigger suction inlet 56 therebetween, around this suction inlet 56, offers four rectangular exhaust ports 51.The 1st exhaust port 51 is arranged in a side (downside of figure) of above-mentioned suction inlet 56, is opening mouth along the elongated shape of the transverse direction of this figure.The 2nd exhaust port 51 sandwich suction inlets 56 are arranged in opposite one side (upside of figure) of above-mentioned the 1st exhaust port 51, are opening mouthful along the elongated shape of the transverse direction of this figure.The 3rd exhaust port 51 is arranged in a side (left side of figure) of above-mentioned suction inlet 56, is opening mouth along the elongated shape of the longitudinal direction of this figure.The 4th exhaust port 51 sandwich suction inlets 56 are arranged in opposite one side (right side of figure) of above-mentioned the 3rd exhaust port 51, and are opening mouthful along the elongated shape of the longitudinal direction of this figure.
Above-mentioned extension 35,36 constitutes the both ends of above-mentioned exhaust port 51.In above-mentioned exhaust port 51, from extension 35,36 to the central mobile of this exhaust port 51 position of a size of space X, be provided with lock unit 20,21.The width Y of this lock unit 20,21 is 35mm.
The lock unit 20,21 of above-mentioned the 1st exhaust port 51 all is disposed at from above-mentioned extension 35,36 and counts, and the size of being separated by X is the position of 20.5mm.The size Z of the length direction of described the 1st exhaust port 51 is 366mm.
The lock unit 20,21 of above-mentioned the 2nd exhaust port 51 all is disposed at from above-mentioned extension 35,36 and counts, and the size of being separated by X is the position of 40mm.The size Z of the length direction of described the 2nd exhaust port 51 is 492mm.
The lock unit 20 of above-mentioned the 3rd exhaust port 51 is disposed at from above-mentioned extension 35 and counts, and the size of being separated by X is the position of 40mm, and the lock unit 21 of above-mentioned the 3rd exhaust port 51 is disposed at from above-mentioned extension 36 and counts, and the size of being separated by X is the position of 20.5mm.The size Z of the length direction of described the 3rd exhaust port 51 is 431mm.
The lock unit 20 of above-mentioned the 4th exhaust port 51 is disposed at from above-mentioned extension 35 and counts, and the size of being separated by X is the position of 20mm, and the lock unit 21 of above-mentioned the 4th exhaust port 51 is disposed at from above-mentioned extension 36 and counts, and the size of being separated by X is the position of 40mm.The size Z of the length direction of described the 4th exhaust port 51 is 440mm.
In addition, the width perpendicular to length direction of above-mentioned exhaust port 51 all constitutes 60mm.
As mentioned above because to establish size of space X be below the above 50mm of 20mm, both can prevent wind direction blade 15,16,17 ... end 16A, 16B ... produce dew, can improve the wind speed of discharge again.
In addition because the width Y that establishes lock unit 20,21 is below the above 35mm of 30mm, so can prevent wind direction blade 15,16,17 ... produce dew, and can improve the discharge wind speed, prolong the arrival distance of discharging wind.
(second embodiment)
As shown in Figure 6, in the pallet 55 that uncovers of second embodiment, lock unit 20,21 only is set partly.
In the 1st exhaust port 51, any lock unit is not set.
In the 3rd exhaust port 51, a lock unit 20 only is set.This lock unit 20 is disposed at from above-mentioned extension 35 and counts, and the size of being separated by X is the position of 40mm.
In the 4th exhaust port 51, a lock unit 20 only is set.This lock unit 20 is disposed at from above-mentioned extension 35 and counts, and the size of being separated by X is the position of 20mm.
Under the situation of type capacious, because the air quantity that produces is many, even lock unit 20,21 only is set partly, also unlikely discharge wind speed reduces, and the arrival distance of discharging wind does not reduce yet.
Other structures, effect and effect are all the same with first embodiment.
Claims (10)
1. air-conditioner is characterized in that comprising:
Lock unit (20,21), it is disposed at a sidepiece of exhaust outlet (11) at least, and described exhaust outlet (11) is covered partly;
Wind direction blade (15,16,17 ...), it is arranged in the above-mentioned exhaust outlet (11), is positioned at the downstream of above-mentioned lock unit (20,21),
In the scope of the size of space below the above 50mm of 20mm between the side of above-mentioned lock unit (20,21) and exhaust outlet (11).
2. air-conditioner according to claim 1 is characterized in that: above-mentioned lock unit (20,21) is below the above 35mm of 30mm at the width of the length direction of exhaust outlet (11).
3. air-conditioner, this air-conditioner will be drawn into air in the shell (3) by indoor heat converter (7) and exhaust channel (50), again via the wind direction blade of exhaust outlet (11) (15,16,17 ...) discharge, it is characterized in that comprising:
Be formed on the extension (35,36) on the both sides of exhaust end of above-mentioned exhaust channel (50);
With this extension (35,36) is the exhaust port (51) at its both ends; With
At least one lock unit (20,21), it is disposed in the described exhaust port (51), the inboard of extension (35,36), this exhaust port (51) is covered partly,
In the scope of the size of space below the above 50mm of 20mm between above-mentioned lock unit (20,21) and the extension (35,36).
4. air-conditioner according to claim 3 is characterized in that: above-mentioned lock unit (20,21) is below the above 35mm of 30mm at the width of the length direction of exhaust port (51).
5. according to claim 3 or 4 described air-conditioners, it is characterized in that also comprising: air guide plate (37,38), its be disposed at extension (35,36) and wind direction blade (1 5,16,17 ...) the end (16A, 16B ...) between gap (43) in.
6. air-conditioner according to claim 5 is characterized in that: guide plate (37,38) stretches out in the exhaust channel (50), and is formed with passage (41) on described guide plate (37,38).
7. air-conditioner according to claim 6 is characterized in that: the leading section of guide plate (37,38) is towards the upstream side oblique bending of exhaust channel (50).
8. according to claim 3 or 4 described air-conditioners, it is characterized in that: the size of the length direction of exhaust port (51) is less than the size of the length direction of exhaust outlet (11).
9. according to claim 3 or 4 described air-conditioners, it is characterized in that: extension (35,36) is the part of the pallet that uncovers.
10. according to claim 3 or 4 described air-conditioners, it is characterized in that: lock unit (20,21), extension (35,36) and guide plate (37,38) constitute the part of decoration panel (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 00242782 CN2442171Y (en) | 2000-08-22 | 2000-08-22 | Air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 00242782 CN2442171Y (en) | 2000-08-22 | 2000-08-22 | Air conditioner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2442171Y true CN2442171Y (en) | 2001-08-08 |
Family
ID=33602834
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 00242782 Expired - Lifetime CN2442171Y (en) | 2000-08-22 | 2000-08-22 | Air conditioner |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2442171Y (en) |
-
2000
- 2000-08-22 CN CN 00242782 patent/CN2442171Y/en not_active Expired - Lifetime
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CX01 | Expiry of patent term |
Expiration termination date: 20100822 Granted publication date: 20010808 |